Membrane Bioreactor Processes to Meet Todays and Future Municipal Sewage Treatment Requirements?
Journal: International Journal of Water and Wastewater Treatment (Vol.3, No. 2)Publication Date: 2017-04-05
Authors : Christian Baresel Klara Westling Oscar Samuelsson Sofia Andersson Hugo Royen Sofia Andersson Niklas Dahlén;
Page : 1-7
Keywords : Membrane Bioreactor; Sewage treatment; Nutrient removal; Ultrafiltration; Greenhouse gas emissions; Emerging pollutant; Micropollutants; Pharmaceutical residues; Ozonation; Activated carbon; Microplastics;
Abstract
The Membrane Bioreactor (MBR) technology is evaluated concerning central municipal sewage treatment aspects including nutrient removal, removal of micropollutants (MP) and emissions of greenhouse gases (GHG). Pilot-scale experiments in preparation for the world largest MBR process in Stockholm, Sweden show that Targeted effluent qualities could be achieved under various loads, Lower direct GHG emissions from the treatment compared to traditional treatment processes were observed, The investigated MBR process provided an efficient removal of microplastics and bacteria, and If combined with additional complementary treatment an effective removal of pharmaceutical residues and other micropollutants.
Other Latest Articles
- Effect of pH and Initial pb(II) Concentration on The Lead Removal Efficiency from Industrial Wastewater Using Ca(OH)2
- A Preliminary Comparative Analysis of MBR and CAS Wastewater Treatment Systems
- Removal of Fluoride Ion by Silicon Nitride Powder
- Survey of Damai Landfill site in Vietnam and Proposal for Improving Decrease of Organic Compounds
- Holistic Wastewater Reuse Solutions – Evaluation of Treatment Efficiency, Environmental Impacts and Costs
Last modified: 2020-08-29 22:57:36